News: Faculty

This month PSD researchers have been featured for their efforts to turn an IBM computer into a quantum material, unlock why supersymmetry can solve problems in the Standard Model, and tune materials to launch a new computing paradigm inspired by the energy-efficiency of the brain.

New computer science Assistant Professor Robert Rand builds interfaces for revolutionary quantum machines

Meteorite hunters Assoc. Prof. Phillipp Heck and postdoctoral researcher Jennika Greer featured on CNN

Scientists in the Galli Group uncover secrets to designing brain-like devices

Mineral physicist Andrew Campbell on how we know what is deep inside the Earth

In new step toward quantum tech, scientists synthesize ‘bright’ quantum bits

Supersymmetry is a proposed theory to expand the Standard Model of particle physics. Akin to the periodic table of elements, the Standard Model is the best description we have for subatomic particles in nature and the forces acting on them. But physicists know this model is incomplete—it doesn’t make room for gravity or dark matter, for example. Supersymmetry aims to complete the picture by pairing each Standard Model particle with a supersymmetric partner, opening up a new class of hypothetical particles to detect and discover. In a new study, UChicago physicists have uncovered limitations for what properties these superpartners, if they exist, could have.
 

Glaciologist Doug MacAyeal comments on an iceberg headed for sub-antarctic island, threatens wildlife

Gov. J.B. Pritzker speaks at UChicago event about impact of quantum research

Carl-Gustaf Rossby, first director of UChicago Institute of Meteorology, changed weather research from a descriptive to a predictive science

Singing for the pine trees are stormy winds. Meteorologist Tetsuya Theodore Fujita (1920–1998) led a tempestuous career

A new grasp on empathy: Computer Science HandMorph Project uses tech to simulate children’s experience.

Sarah Sebo, who joined UChicago CS this fall as an assistant professor, sees a brighter future where robots productively team up with humans in all lines of work, helping humans understand themselves a little better along the way. Sebo’s research focuses on human-robot interaction, a subset of the human-computer interaction field.

In an innovative new study published Sept. 28 in the Proceedings of the National Academy of Sciences, UChicago researchers demonstrated how a protein detects forces inside the cell and initiates a repair.

UChicago Prof. Tetsuya Theodore "Ted" Fujita shaped the field of meteorology in the 20th century. His scale for classifying the strength of a tornado is still used today (F scale), half a century after its introduction; he made pioneering contributions to our understanding of tornadoes as well as to the use of satellites; and he is responsible for saving hundreds of thousands of lives through the discovery of microbursts—a breakthrough that helped transform airline safety.